Hydrogen Generation from Waste Water by using Solar Energy
Author(s):
Prof. Pali Sahu , VIIT; Vishal Wagh, VIIT; Shubham Zodge, VIIT; Kunal Suryawanshi, VIIT; Sourabh Patil, VIITKeywords:
Photocatalytic, Doping, Water Splitting, Renewable Energy, BODAbstract:
Objective of this paper is to produce hydrogen which is an ideal fuel for the next generation because it is abundantly available in nature, energy efficient and clean. Wide varieties of technologies are available to produce hydrogen but only few of them are considered environmental friendly. Solar water splitting via photo catalytic reaction is one of them which have attracted tremendous attention. In this paper we are working on hydrogen production via solar splitting. Photo catalytic water splitting is one of the promising technologies to produce pure and clean hydrogen. Since it is reasonable having low process cost and has a small reactor, it can be made for house hold application and hence has a huge market potential. Generation of hydrogen under visible irradiation is the main area of work. Based on the literature reported here, visible irradiation can be achieved by doping of TiO2 with metal or non-metal. We have used Fe doping to increase the efficiency. The result indicates that Fe doped sieves produce more hydrogen than the normal TiO2 coated sieve and the efficiency can be increased if we increase the number of doped sieves and surface area.
Other Details:
| Manuscript Id | : | J4RV3I11004 |
| Published in | : | Volume : 3, Issue : 11 |
| Publication Date | : | 01/02/2018 |
| Page(s) | : | 13-19 |
